Toyota Boshoku's next-generation seat, designed with a modular structure, meets diverse needs through customization. For instance, it allows for easy swapping between three configurations: advanced, relaxed, and sporty. The design combines slim profiling with illumination to create a futuristic seat appearance. It incorporates sustainable materials such as fruit leather and natural wool, balancing comfort with environmental consideration. We propose a range of diverse and sustainable interior products that align with the values of the future.

We will showcase various technologies in the new energy field, including the ion exchange membrane, chemical filters, and separators used in the second-generation MIRAI model, as well as core components for hybrid vehicle power generation motors and oil filters developed for new energy vehicles (NEVs). In particular, our hydrogen bicycle equipped with a uniquely developed fuel cell system achieves efficient energy use through an innovative thermal management system. This exhibition will allow you to experience our technological capabilities and growth potential in the Chinese new energy market.

Creating a tailored experience that meets your personalized needs.
Toyota Boshoku, in collaboration with Fujifilm and Kyowa Leather, utilizes Fujifilm's specialized INKJET technology for synthetic leather and Kyowa Leather's high-quality synthetic leather to achieve customizable seat covers. The new product allows for highly detailed custom printing while perfectly preserving the original texture of the leather material. The patterns exhibit excellent abrasion resistance and eco-friendly characteristics. By combining the advanced technologies and resources of the three companies in their respective fields, we can support small-batch and diverse seat production needs.

The seat gently sways like a cradle and uses scientific algorithms to guide users into a relaxed state in a short period. It is also equipped with a unique immersive sound system called "Private Audio" and an aroma control system, creating a comprehensive and ultimate relaxation experience for passengers.

For public space usage, we have implemented a special design that provides both privacy and comfort within a limited space, allowing users to enjoy a moment of tranquility even in a busy environment.

Toyota Boshoku integrates core automotive manufacturing technologies into the design of aviation seats, creating a completely new flying comfort experience. Based on the mature ergonomic technology of automotive seats, our aviation seats effectively support the pelvic area of passengers, significantly reducing fatigue during long flights while perfectly accommodating different body types. By incorporating the high durability design of automotive components, the frequency of seat maintenance is greatly reduced. Additionally, the functional design concepts from automotive interiors (such as adjustable table tops, armrests, and splash-proof cup holders) are extended to the aviation field, balancing comfort and reliability and redefining a new level of comfort in air travel.

Toyota Boshoku has meticulously created high-end seating solutions that provide an ultimate seating experience for second-row passengers with comfortable seat dimensions and electric adjustment features.

1）LEXUS LM Seat
Utilizing silicone polymer fabric treatment technology, these seats offer a delicate touch akin to high-end sofas, while also featuring easy maintenance and exceptional functionality.

2）Hongqi Concept Seat
With a special surface treatment process, these seats present an excellent abrasion-resistant suede-like texture, maintaining a luxurious appearance while meeting durability requirements.

3）Electric High-Strength Thin Lightweight Rotating Seats
Innovatively designed to accommodate diverse cabin needs, the rear seats support rotation and face-to-face arrangements. They intelligently sense passenger presence and automatically adjust the slide rail speed—quickly reconfiguring the layout when unoccupied, while the rotating mechanism allows for flexible space combinations.